Underwater acoustic communications systems are challenged by the characteristics of acoustic propagation through the underwater environment. There are a wide range of physical processes that impact underwater acoustic communications and the relative importance of these processes are different in different environments. In this paper some relevant propagation phenomena are described in the context of how they impact the development and/or performance of underwater acoustic communications networks. The speed of sound and channel latency, absorption and spreading losses, waveguide effects and multipath, surface scattering, bubbles, and ambient noise are all briefly discussed
Acoustic communication represents the most reliable technology to transmit data over long range unde...
The successful transmission of high-speed digital data through any medium requires a knowledge of th...
This thesis presents several related pieces of work on underwater acoustic networks (UANs). Underwat...
In this paper we discuss issues related to the design of underwater acoustic network protocols which...
Abstract: Several Medium Access Control (MAC) and Routing protocols have been developed in the last ...
The field of underwater acoustic networking is growing rapidly thanks to the key role it plays in ma...
A multipath problem in an underwater acoustic channel is discussed in this paper. For underwater aco...
This invited contribution is intended for an audience familiar with general underwater acoustics but...
This paper examines the main approaches and challenges in the design and implementation of underwate...
Elastic waves are the primary transmission medium in water environment. Acoustic waves are not as st...
Underwater communication has become a widely studied area in recent years and showed great potential...
Abstract. A methodology to predict underwater acoustic channel communica-tion properties (capacity, ...
Charla invitada.Wireless underwater acoustic communication systems have become one of the most promi...
In this study an underwater acoustic communications system has been simulated. The simulations has b...
Path loss of an underwater acoustic communication channel de-pends not only on the transmission dist...
Acoustic communication represents the most reliable technology to transmit data over long range unde...
The successful transmission of high-speed digital data through any medium requires a knowledge of th...
This thesis presents several related pieces of work on underwater acoustic networks (UANs). Underwat...
In this paper we discuss issues related to the design of underwater acoustic network protocols which...
Abstract: Several Medium Access Control (MAC) and Routing protocols have been developed in the last ...
The field of underwater acoustic networking is growing rapidly thanks to the key role it plays in ma...
A multipath problem in an underwater acoustic channel is discussed in this paper. For underwater aco...
This invited contribution is intended for an audience familiar with general underwater acoustics but...
This paper examines the main approaches and challenges in the design and implementation of underwate...
Elastic waves are the primary transmission medium in water environment. Acoustic waves are not as st...
Underwater communication has become a widely studied area in recent years and showed great potential...
Abstract. A methodology to predict underwater acoustic channel communica-tion properties (capacity, ...
Charla invitada.Wireless underwater acoustic communication systems have become one of the most promi...
In this study an underwater acoustic communications system has been simulated. The simulations has b...
Path loss of an underwater acoustic communication channel de-pends not only on the transmission dist...
Acoustic communication represents the most reliable technology to transmit data over long range unde...
The successful transmission of high-speed digital data through any medium requires a knowledge of th...
This thesis presents several related pieces of work on underwater acoustic networks (UANs). Underwat...